Compared to the DWT-based and DCT-based methods, the proposed method is superior in terms of embedding capacity, PSNR and survival to a number of image attacks.
Physical and chemical methods (e.g., electrolytic, crystallization, filtration, and aggregation/separation methods) are superior in terms of removal efficiency and throughput capacity.
For all methods, precision and accuracy were better in 2D, with RSA methods being superior in accuracy.
The aim was to determine which scoring methods were superior in terms of reliability, discriminability (distribution shape), and validity.
It is perhaps important to note that no one of these methods is superior in all settings; rather each has unique properties that address specific aspects of agreement.
As both of these methods identified similar numbers of motifs no real conclusion can be drawn as to which method is superior in this respect, as both methods may have uncovered equally valid binding motifs.
This study showed that the vertical suture method was superior in biomechanical properties to the horizontal suture method.
The simulation results also reveal that the PLUM method is superior in initial warning issuance compared to the current method.
As shown in this figure, the second-order IFCP method is superior in the amplitude of the error (for both mean and variance) than the first-order method, when combined with both the MC and MLMC discretization of the probability space.
Comparing methods 1 and 2, the 95%% confidence intervals are largely overlapping, making it impossible to conclude that one method is superior in predicting American College of Rheumatology response without advanced statistics.
